net.objectlab.kit.datecalc.common.WorkingWeek类的使用及代码示例-6ren

gpt4 book

didi

net.objectlab.kit.datecalc.common.WorkingWeek类的使用及代码示例

转载作者：知者更新时间：2024-03-25 03:39:05

27

4

gpt4 key购买

nike

本文整理了Java中net.objectlab.kit.datecalc.common.WorkingWeek类的一些代码示例，展示了WorkingWeek类的具体用法。这些代码示例主要来源于Github/Stackoverflow/Maven等平台，是从一些精选项目中提取出来的代码，具有较强的参考意义，能在一定程度帮忙到你。WorkingWeek类的具体详情如下：
包路径：net.objectlab.kit.datecalc.common.WorkingWeek
类名称：WorkingWeek

WorkingWeek介绍

[英]Immutable Working Week, default is Mon->Friday.
[中]不可变的工作周，默认为周一->周五。

代码示例

代码示例来源：origin: net.objectlab.kit.datecalc/datecalc-common

/**
 * If the value for the given day has changed, return a NEW WorkingWeek.
 * 
 * @param working
 *            true if working day
 * @param dayOfWeek
 *            e.g. Calendar.MONDAY, Calendar.TUESDAY, etc
 * @return a new instance of a <code>WorkingWeek</code> with the working
 *         day set
 */
public WorkingWeek withWorkingDayFromCalendar(final boolean working, final int dayOfWeek) {
  final int day = adjustDay(dayOfWeek);
  WorkingWeek ret = this;
  if (working && (!isWorkingDayFromCalendar(dayOfWeek))) {
    ret = new WorkingWeek((byte) (workingDays + WORKING_WEEK_DAYS_OFFSET[day]));
  } else if (!working && isWorkingDayFromCalendar(dayOfWeek)) {
    ret = new WorkingWeek((byte) (workingDays - WORKING_WEEK_DAYS_OFFSET[day]));
  }
  return ret;
}

代码示例来源：origin: Appendium/objectlabkit

/**
 * is the date a non-working day according to the WorkingWeek?
 */
public boolean isWeekend(final Calendar date) {
  assert workingWeek != null;
  return !workingWeek.isWorkingDay(date);
}

代码示例来源：origin: net.objectlab.kit/datecalc-joda

public JodaWorkingWeek(final WorkingWeek ww) {
  this(ww.getWorkingDays());
}

代码示例来源：origin: Appendium/objectlabkit

public void testSimpleForwardStartDateIdealWeekend() {
  final DateCalculator<E> cal = newDateCalculator("bla", HolidayHandlerType.MODIFIED_PRECEDING);
  Assert.assertEquals("Name", "bla", cal.getName());
  Assert.assertEquals("Holidays size", 0, cal.getHolidayCalendar().getHolidays().size());
  final WorkingWeek ww = new WorkingWeek().withWorkingDayFromCalendar(false, Calendar.MONDAY).withWorkingDayFromCalendar(true, Calendar.TUESDAY)
      .withWorkingDayFromCalendar(true, Calendar.WEDNESDAY).withWorkingDayFromCalendar(true, Calendar.THURSDAY)
      .withWorkingDayFromCalendar(true, Calendar.FRIDAY).withWorkingDayFromCalendar(false, Calendar.SATURDAY)
      .withWorkingDayFromCalendar(false, Calendar.SUNDAY);
  cal.setWorkingWeek(getWorkingWeek(ww));
  cal.setStartDate(newDate("2006-07-31")); // start date Monday
  checkDate("start date Monday", cal, "2006-07-28");
  cal.setStartDate(newDate("2006-08-01")); // start date Tuesday
  checkDate("start date Tuesday", cal, "2006-08-01");
  cal.setStartDate(newDate("2006-08-02")); // start date Wednesday
  checkDate("start date Wednesday", cal, "2006-08-02");
  cal.setStartDate(newDate("2006-08-03")); // start date Thursday
  checkDate("start date Thursday", cal, "2006-08-03");
  cal.setStartDate(newDate("2006-08-04")); // set on a Friday
  checkDate("start date friday", cal, "2006-08-04");
  cal.setStartDate(newDate("2006-08-05")); // set on a Saturday
  checkDate("start date Saturday", cal, "2006-08-04");
  cal.setStartDate(newDate("2006-08-06")); // set on a Sunday
  checkDate("start date Sunday", cal, "2006-08-04");
}

代码示例来源：origin: Appendium/objectlabkit

public void testSetWorkingDayFromCalendar() {
  WorkingWeek ww = new WorkingWeek();
  ww = ww.withWorkingDayFromCalendar(true, Calendar.SUNDAY); // sunday
  // working day
  ww = ww.withWorkingDayFromCalendar(true, Calendar.SUNDAY); // sunday
  // working day
  // do it twice
  Assert.assertTrue("Calendar.MONDAY", ww.isWorkingDayFromCalendar(Calendar.MONDAY));
  Assert.assertTrue("Calendar.TUESDAY", ww.isWorkingDayFromCalendar(Calendar.TUESDAY));
  Assert.assertTrue("Calendar.WEDNESDAY", ww.isWorkingDayFromCalendar(Calendar.WEDNESDAY));
  Assert.assertTrue("Calendar.THURSDAY", ww.isWorkingDayFromCalendar(Calendar.THURSDAY));
  Assert.assertTrue("Calendar.FRIDAY", ww.isWorkingDayFromCalendar(Calendar.FRIDAY));
  Assert.assertFalse("Calendar.SATURDAY", ww.isWorkingDayFromCalendar(Calendar.SATURDAY));
  Assert.assertTrue("Calendar.SUNDAY", ww.isWorkingDayFromCalendar(Calendar.SUNDAY));
  ww = ww.withWorkingDayFromCalendar(false, Calendar.SUNDAY); // sunday
  // working day
  Assert.assertTrue("Calendar.MONDAY", ww.isWorkingDayFromCalendar(Calendar.MONDAY));
  Assert.assertTrue("Calendar.TUESDAY", ww.isWorkingDayFromCalendar(Calendar.TUESDAY));
  Assert.assertTrue("Calendar.WEDNESDAY", ww.isWorkingDayFromCalendar(Calendar.WEDNESDAY));
  Assert.assertTrue("Calendar.THURSDAY", ww.isWorkingDayFromCalendar(Calendar.THURSDAY));
  Assert.assertTrue("Calendar.FRIDAY", ww.isWorkingDayFromCalendar(Calendar.FRIDAY));
  Assert.assertFalse("Calendar.SATURDAY", ww.isWorkingDayFromCalendar(Calendar.SATURDAY));
  Assert.assertFalse("Calendar.SUNDAY", ww.isWorkingDayFromCalendar(Calendar.SUNDAY));
  ww = ww.withWorkingDayFromCalendar(true, Calendar.SUNDAY); // sunday
  // working day
  // do it twice
}

代码示例来源：origin: Appendium/objectlabkit

public void testIsWorkingDayFromCalendar() {
  final WorkingWeek ww = new WorkingWeek();
  Assert.assertTrue("Calendar.MONDAY", ww.isWorkingDayFromCalendar(Calendar.MONDAY));
  Assert.assertTrue("Calendar.TUESDAY", ww.isWorkingDayFromCalendar(Calendar.TUESDAY));
  Assert.assertTrue("Calendar.WEDNESDAY", ww.isWorkingDayFromCalendar(Calendar.WEDNESDAY));
  Assert.assertTrue("Calendar.THURSDAY", ww.isWorkingDayFromCalendar(Calendar.THURSDAY));
  Assert.assertTrue("Calendar.FRIDAY", ww.isWorkingDayFromCalendar(Calendar.FRIDAY));
  Assert.assertFalse("Calendar.SATURDAY", ww.isWorkingDayFromCalendar(Calendar.SATURDAY));
  Assert.assertFalse("Calendar.SUNDAY", ww.isWorkingDayFromCalendar(Calendar.SUNDAY));
}

代码示例来源：origin: Appendium/objectlabkit

public void testIsWorkingDay() {
  final WorkingWeek ww = new WorkingWeek();
  final Calendar cal = Calendar.getInstance();
  cal.set(Calendar.DAY_OF_MONTH, 1);
  cal.set(Calendar.MONTH, Calendar.AUGUST);
  cal.set(Calendar.YEAR, 2006);
  Date date = cal.getTime();
  Assert.assertTrue("Calendar.TUESDAY", ww.isWorkingDay(date));
  cal.add(Calendar.DATE, 1);
  date = cal.getTime();
  Assert.assertTrue("Calendar.WEDNESDAY", ww.isWorkingDay(date));
  cal.add(Calendar.DATE, 1);
  date = cal.getTime();
  Assert.assertTrue("Calendar.THURSDAY", ww.isWorkingDay(date));
  cal.add(Calendar.DATE, 1);
  date = cal.getTime();
  Assert.assertTrue("Calendar.FRIDAY", ww.isWorkingDay(date));
  cal.add(Calendar.DATE, 1);
  date = cal.getTime();
  Assert.assertFalse("Calendar.SATURDAY", ww.isWorkingDay(date));
  cal.add(Calendar.DATE, 1);
  date = cal.getTime();
  Assert.assertFalse("Calendar.SUNDAY", ww.isWorkingDay(date));
  cal.add(Calendar.DATE, 1);
  date = cal.getTime();
  Assert.assertTrue("Calendar.MONDAY", ww.isWorkingDay(date));
}

代码示例来源：origin: Appendium/objectlabkit

public void testIntersection() {
    final WorkingWeek w1 = WorkingWeek.DEFAULT;
    final WorkingWeek w2 = WorkingWeek.ARABIC_WEEK;
    final WorkingWeek w3 = w1.intersection(w2);
    // working day
    Assert.assertTrue("Calendar.MONDAY", w3.isWorkingDayFromCalendar(Calendar.MONDAY));
    Assert.assertTrue("Calendar.TUESDAY", w3.isWorkingDayFromCalendar(Calendar.TUESDAY));
    Assert.assertTrue("Calendar.WEDNESDAY", w3.isWorkingDayFromCalendar(Calendar.WEDNESDAY));
    Assert.assertTrue("Calendar.THURSDAY", w3.isWorkingDayFromCalendar(Calendar.THURSDAY));
    Assert.assertFalse("Calendar.FRIDAY", w3.isWorkingDayFromCalendar(Calendar.FRIDAY));
    Assert.assertFalse("Calendar.SATURDAY", w3.isWorkingDayFromCalendar(Calendar.SATURDAY));
    Assert.assertFalse("Calendar.SUNDAY", w3.isWorkingDayFromCalendar(Calendar.SUNDAY));
  }
}

代码示例来源：origin: Appendium/objectlabkit

/**
 * Return a new JodaWorkingWeek if the status for the given day has changed.
 *
 * @param working
 *            true if working day
 * @param givenDayOfWeek
 *            e.g. DateTimeConstants.MONDAY, DateTimeConstants.TUESDAY, etc
 */
public Jdk8WorkingWeek withWorkingDayFromDateTimeConstant(final boolean working, final DayOfWeek givenDayOfWeek) {
  final int dayOfWeek = jdk8ToCalendarDayConstant(givenDayOfWeek);
  return new Jdk8WorkingWeek(super.withWorkingDayFromCalendar(working, dayOfWeek));
}

代码示例来源：origin: Appendium/objectlabkit

public boolean isWorkingDay(final Calendar cal) {
  return isWorkingDayFromCalendar(cal.get(Calendar.DAY_OF_WEEK));
}

代码示例来源：origin: Appendium/objectlabkit

/**
 * Create a new calendar with the intersection of WORKING days.
 * e.g. if normal and arabic calendars are intersected, the week is 3 days: Fri-Sun.
 * @param ww
 * @return a new Working week
 * @since 1.4.0
 */
public WorkingWeek intersection(final WorkingWeek ww) {
  final byte combined = (byte) (this.workingDays & ww.workingDays);
  return new WorkingWeek(combined);
}

代码示例来源：origin: Appendium/objectlabkit

public boolean isWorkingDayFromCalendar(final int dayOfWeek) {
  final int day = adjustDay(dayOfWeek);
  return (WORKING_WEEK_DAYS_OFFSET[day] & workingDays) != 0;
}

代码示例来源：origin: Appendium/objectlabkit

public DefaultCurrencyCalculatorConfig() {
  super();
  final Set<String> subjectToUsd = new HashSet<>();
  subjectToUsd.add("MXN");
  subjectToUsd.add("CLP");
  subjectToUsd.add("ARS");
  currenciesSubjectToCrossCcyForT1.put(CalculatorConstants.USD_CODE, subjectToUsd);
  workingWeeks.put("AED", WorkingWeek.ARABIC_WEEK);
  workingWeeks.put("BHD", WorkingWeek.ARABIC_WEEK);
  workingWeeks.put("EGP", WorkingWeek.ARABIC_WEEK);
  workingWeeks.put("KWD", WorkingWeek.ARABIC_WEEK);
  workingWeeks.put("OMR", WorkingWeek.ARABIC_WEEK);
  workingWeeks.put("QAR", WorkingWeek.ARABIC_WEEK);
  workingWeeks.put("SAR", WorkingWeek.ARABIC_WEEK.intersection(WorkingWeek.DEFAULT));
  workingWeeks.put("JOD", WorkingWeek.ARABIC_WEEK.intersection(WorkingWeek.DEFAULT));
}

代码示例来源：origin: Appendium/objectlabkit

public void testSimpleForwardStartDateIdealWeekend() {
  final DateCalculator<E> cal = newDateCalculator("bla", HolidayHandlerType.FORWARD);
  Assert.assertEquals("Name", "bla", cal.getName());
  Assert.assertEquals("Holidays size", 0, cal.getHolidayCalendar().getHolidays().size());
  final WorkingWeek ww = new WorkingWeek().withWorkingDayFromCalendar(false, Calendar.MONDAY).withWorkingDayFromCalendar(true, Calendar.TUESDAY)
      .withWorkingDayFromCalendar(true, Calendar.WEDNESDAY).withWorkingDayFromCalendar(true, Calendar.THURSDAY)
      .withWorkingDayFromCalendar(true, Calendar.FRIDAY).withWorkingDayFromCalendar(false, Calendar.SATURDAY)
      .withWorkingDayFromCalendar(false, Calendar.SUNDAY);
  cal.setWorkingWeek(getWorkingWeek(ww));
  cal.setStartDate(newDate("2006-07-31")); // start date Monday
  checkDate("start date Monday", cal, "2006-08-01");
  cal.setStartDate(newDate("2006-08-01")); // start date Tuesday
  checkDate("start date Tuesday", cal, "2006-08-01");
  cal.setStartDate(newDate("2006-08-02")); // start date Wednesday
  checkDate("start date Wednesday", cal, "2006-08-02");
  cal.setStartDate(newDate("2006-08-03")); // start date Thursday
  checkDate("start date Thursday", cal, "2006-08-03");
  cal.setStartDate(newDate("2006-08-04")); // set on a Friday
  checkDate("start date friday", cal, "2006-08-04");
  cal.setStartDate(newDate("2006-08-05")); // set on a Saturday
  checkDate("start date Saturday", cal, "2006-08-08");
  cal.setStartDate(newDate("2006-08-06")); // set on a Sunday
  checkDate("start date Sunday", cal, "2006-08-08");
}

代码示例来源：origin: Appendium/objectlabkit

public void testSetWorkingDayFromCalendar() {
  final WorkingWeek ww = new WorkingWeek();
  ww.withWorkingDayFromCalendar(true, Calendar.SUNDAY); // sunday
  ww.withWorkingDayFromCalendar(true, Calendar.SUNDAY); // sunday
  Assert.assertTrue("Calendar.MONDAY", ww.isWorkingDayFromCalendar(Calendar.MONDAY));
  Assert.assertTrue("Calendar.TUESDAY", ww.isWorkingDayFromCalendar(Calendar.TUESDAY));
  Assert.assertTrue("Calendar.WEDNESDAY", ww.isWorkingDayFromCalendar(Calendar.WEDNESDAY));
  Assert.assertTrue("Calendar.THURSDAY", ww.isWorkingDayFromCalendar(Calendar.THURSDAY));
  Assert.assertTrue("Calendar.FRIDAY", ww.isWorkingDayFromCalendar(Calendar.FRIDAY));
  Assert.assertFalse("Calendar.SATURDAY", ww.isWorkingDayFromCalendar(Calendar.SATURDAY));
  Assert.assertFalse("Calendar.SUNDAY", ww.isWorkingDayFromCalendar(Calendar.SUNDAY));
  ww.withWorkingDayFromCalendar(false, Calendar.SUNDAY); // sunday
  Assert.assertTrue("2/ Calendar.MONDAY", ww.isWorkingDayFromCalendar(Calendar.MONDAY));
  Assert.assertTrue("2/ Calendar.TUESDAY", ww.isWorkingDayFromCalendar(Calendar.TUESDAY));
  Assert.assertTrue("2/ Calendar.WEDNESDAY", ww.isWorkingDayFromCalendar(Calendar.WEDNESDAY));
  Assert.assertTrue("2/ Calendar.THURSDAY", ww.isWorkingDayFromCalendar(Calendar.THURSDAY));
  Assert.assertTrue("2/ Calendar.FRIDAY", ww.isWorkingDayFromCalendar(Calendar.FRIDAY));
  Assert.assertFalse("2/ Calendar.SATURDAY", ww.isWorkingDayFromCalendar(Calendar.SATURDAY));
  Assert.assertFalse("2/ Calendar.SUNDAY", ww.isWorkingDayFromCalendar(Calendar.SUNDAY));
  ww.withWorkingDayFromCalendar(true, Calendar.SUNDAY); // sunday

代码示例来源：origin: Appendium/objectlabkit

public void testIsWorkingDayFromCalendar() {
  final WorkingWeek ww = new WorkingWeek();
  Assert.assertTrue("Calendar.MONDAY", ww.isWorkingDayFromCalendar(Calendar.MONDAY));
  Assert.assertTrue("Calendar.TUESDAY", ww.isWorkingDayFromCalendar(Calendar.TUESDAY));
  Assert.assertTrue("Calendar.WEDNESDAY", ww.isWorkingDayFromCalendar(Calendar.WEDNESDAY));
  Assert.assertTrue("Calendar.THURSDAY", ww.isWorkingDayFromCalendar(Calendar.THURSDAY));
  Assert.assertTrue("Calendar.FRIDAY", ww.isWorkingDayFromCalendar(Calendar.FRIDAY));
  Assert.assertFalse("Calendar.SATURDAY", ww.isWorkingDayFromCalendar(Calendar.SATURDAY));
  Assert.assertFalse("Calendar.SUNDAY", ww.isWorkingDayFromCalendar(Calendar.SUNDAY));
}

代码示例来源：origin: net.objectlab.kit/datecalc-joda

/**
 * Return a new JodaWorkingWeek if the status for the given day has changed.
 *
 * @param working
 *            true if working day
 * @param givenDayOfWeek
 *            e.g. DateTimeConstants.MONDAY, DateTimeConstants.TUESDAY, etc
 */
public JodaWorkingWeek withWorkingDayFromDateTimeConstant(final boolean working, final int givenDayOfWeek) {
  final int dayOfWeek = jodaToCalendarDayConstant(givenDayOfWeek);
  return new JodaWorkingWeek(super.withWorkingDayFromCalendar(working, dayOfWeek));
}

代码示例来源：origin: net.objectlab.kit.datecalc/datecalc-common

public boolean isWorkingDay(final Calendar cal) {
  return isWorkingDayFromCalendar(cal.get(Calendar.DAY_OF_WEEK));
}

代码示例来源：origin: net.objectlab.kit.datecalc/datecalc-common

public boolean isWorkingDayFromCalendar(final int dayOfWeek) {
  final int day = adjustDay(dayOfWeek);
  return (WORKING_WEEK_DAYS_OFFSET[day] & workingDays) != 0;
}

代码示例来源：origin: Appendium/objectlabkit

public void testSimpleForwardStartDateIdealWeekend() {
  final DateCalculator<E> cal = newDateCalculator("bla", HolidayHandlerType.MODIFIED_FOLLOWING);
  Assert.assertEquals("Name", "bla", cal.getName());
  Assert.assertEquals("Holidays size", 0, cal.getHolidayCalendar().getHolidays().size());
  final WorkingWeek ww = new WorkingWeek().withWorkingDayFromCalendar(false, Calendar.MONDAY).withWorkingDayFromCalendar(true, Calendar.TUESDAY)
      .withWorkingDayFromCalendar(true, Calendar.WEDNESDAY).withWorkingDayFromCalendar(true, Calendar.THURSDAY)
      .withWorkingDayFromCalendar(true, Calendar.FRIDAY).withWorkingDayFromCalendar(false, Calendar.SATURDAY)
      .withWorkingDayFromCalendar(false, Calendar.SUNDAY);
  cal.setWorkingWeek(getWorkingWeek(ww));
  cal.setStartDate(newDate("2006-07-31")); // start date Monday
  checkDate("start date Monday", cal, "2006-07-28");
  cal.setStartDate(newDate("2006-08-01")); // start date Tuesday
  checkDate("start date Tuesday", cal, "2006-08-01");
  cal.setStartDate(newDate("2006-08-02")); // start date Wednesday
  checkDate("start date Wednesday", cal, "2006-08-02");
  cal.setStartDate(newDate("2006-08-03")); // start date Thursday
  checkDate("start date Thursday", cal, "2006-08-03");
  cal.setStartDate(newDate("2006-08-04")); // set on a Friday
  checkDate("start date friday", cal, "2006-08-04");
  cal.setStartDate(newDate("2006-08-05")); // set on a Saturday
  checkDate("start date Saturday", cal, "2006-08-08");
  cal.setStartDate(newDate("2006-08-06")); // set on a Sunday
  checkDate("start date Sunday", cal, "2006-08-08");
}

27

4

0

文章推荐： org.apache.gobblin.util.WritableShimSerialization类的使用及代码示例

文章推荐： org.robolectric.res.builder.XmlBlock.parse()方法的使用及代码示例

文章推荐： net.objectlab.kit.datecalc.common.WorkingWeek.()方法的使用及代码示例

文章推荐： org.xnio.ssl.XnioSsl.openSslConnection()方法的使用及代码示例

common-lisp - 为什么没有用 Common Lisp 编写的 Common Lisp 实现？
最近，我开始学习 cuis-smalltalk，我没有意识到与 CLOS 相比，Smalltalk 的 OOP 有多么深刻和深入(我使用的是 Ruby)。我了解到 Smalltalk 是一个自己实现的
maven - Maven依赖项org.apache.commons:commons-io和commons-io:commons-io有什么区别？
Maven存储库包含以下两个依赖项：org.apache.commons:commons-io:1.3.2和commons-io:commons-io:1.3.2。有什么区别，我应该在pom.xml中
java - 在 Maven 中，它的 "org.apache.commons.collections:commons-collections"与 "commons-collections:commons-collections"相同吗？
我刚刚在我的 pom 文件中看到 Apache commons-collections 有两个不同的组 ID: commons-collections commons-collect
common-lisp - common lisp中的串口通信
Windows 上的 Common Lisp 中是否有用于串行端口通信的库？最佳答案下面是一些使用 SBCL 外部函数 POSIX 调用实现串行通信的函数。它不如完整的库好，但我解决了根据此协议(
common-lisp - common-lisp中有关可选参数的错误
SBCL 64位，1.1.7 如果我想创建一个包并使用package:CL中的一些符号，我将创建一个像这样的包: (defpackage :foo (:import-from :cl
common-lisp - Common Lisp的静态代码分析工具？
我正在忙着学习Common Lisp，并且正在寻找一种静态代码分析工具，该工具将帮助我开发更好的样式并避免陷入常见的陷阱。我找到了Lisp Critic，看起来不错，但我希望有人可以推荐其他一些工具
common-lisp - Common Lisp共享结构困惑
我正在阅读《Practical Common Lisp》一书，在第 22 章第 284 页的脚注 5 中，我看到一段让我感到困惑的代码片段。我知道变量list和tail有一个共同的列表结构，但我很困
common-lisp - Common Lisp 的复制树 : Which objects will be referenced in common by the original and the copy?
我正在阅读 Practical Common Lisp ，并且对 Lisp 的 COPY-TREE 函数有疑问。书中给出了调用的例子 (copy-tree '( '(1 2) '(3 4) '(5
groovy - geb 使用葡萄 - 下载失败 : commons-codec#commons-codec;1. 6!commons-codec.jar
我正在尝试使用 user guide 中的抓取示例运行 geb用于引入依赖项: $ cat my.groovy @Grapes([ @Grab("org.gebish:geb-core:0.9
common-lisp - Common Lisp 中的重复案例陈述
这里一定有更好的方法，对吧？ (format t "Enter your age: ~%") (defun age-case (age) (case age (1 (format t "Y
common-lisp - Common Lisp中do循环中的多值绑定(bind)
如何在 do 循环中绑定(bind)从函数返回的多个值？以下显然是非常错误的，但是这样的事情可能吗？ (do (((x y z) (3-val-fn) (3-val-fn))) ((equa
common-lisp - Common Lisp 中分数的相等性检查
所以我正在学习 Lisp 做分数，这很棒。但是为什么这个相等性检查返回 NIL: * (= 0.2 1/5) NIL ...如果转换为 float 则返回 True第一的: * (=
common-lisp - Common Lisp - 如何判断一个路径名是指向一个普通文件还是一个目录？
是否可以“统计”一个文件并找到它的文件类型 - 常规或目录？最佳答案阅读关于 portable pathname library 的章节来自 Peter Seibel 的 Practical Co
common-lisp - Common Lisp 源代码组织
我是 CL 的新手，正在使用 AllegroCL。我试图弄清楚如何组织我的源代码以满足以下要求: 我想阻止 src 代码包含我的测试套件。我想以可移植的方式声明项目依赖项(src 和 test de
common-lisp - Common Lisp 的最新标准
谁能告诉我最新的标准化 Common Lisp 的文档是什么(应该遵循各种实现的文档)？我问是因为我可以在网上找到很多关于 CL 的书都来自 90 年代，所以我想知道它们是否是最新的。我也来自于在 R
common-lisp - Common Lisp 中函数的作用域
假设我必须定义一个名为foo 的函数。假设，为了定义它，我使用了一些辅助函数 foo1, foo2, foo3, ... 当我加载包含这些函数的文件时，我可以从顶层使用所有这些函数。相反，我只想从顶层
common-lisp - Common Lisp 循环工具中的语法错误
这拒绝编译。注释掉 (setf roll行让它编译。然而，(setf roll...本身在 REPL 中正确评估。程序: ;; loop n times ; sum up number of hit
common-lisp - Common Lisp 嵌套结构变化
我目前正在学习 Common Lisp，并尝试将一些 JSON 发送到网络服务。我要发送的 JSON 以类似于以下的结构表示: ((:ITEMS ((:KEY . "value1") (:IGNO
common-lisp - 使用波浪号将文件名扩展到其完整路径(Common Lisp)
我有一个带波浪号的目录名(作为字符串):~/projects . 我想得到它的完整路径:/home/user/projects .我怎么做？目标是将它传递给 uiop:run-program ，这
common-lisp - Common Lisp 中格式指令的安全解析
我想从输入文件中读取一个字符串(用户可能修改也可能没有修改)。我想将此字符串视为使用固定数量的参数调用的格式指令。但是，我知道某些格式指令(特别是我想到的 ~/)可能会用于注入(inject)函数调用

知者

个人简介

我是一名优秀的程序员,十分优秀！

作者热门文章

滴滴打车优惠券免费领取

滴滴打车优惠券

全站热门文章

Copyright 2021 - 2024 cfsdn All Rights Reserved 蜀ICP备2022000587号
广告合作:1813099741@qq.com 6ren.com